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Originally posted by eaglewingz
I would agree with the geologist and go with basalt dike.
"Some of America’s leading businessmen, an attorney who has argued several cases before the U.S. Supreme Court, and two leading apologists.."
Originally posted by eaglewingz
I'm going to keep an eye on this interesting story, but I'm not going to hold my breath until more details are forthcoming.
Originally posted by uplander
I'm wondering if they found any other evidence that would suggest what it is? Just because they found some petrified wood on a mountain does not mean it is "the Ark". I mean, logically speaking, it could have been from anything.
Reg Lyle, oil and gas geologist said “the object appears to be a basalt dike, however, it is absolutely uncanny that the object looks like hand hewn timbers, even the grain and color look just like petrified wood….I really need to keep an open-mind about this.”
Originally posted by ben91069
Under the right conditions, how long would it take to petrify wood?
The pottery found in the area reveals that people were there as well.
It was brought there long enough ago that it became petrified.
ronishia
this site is this the same one www.biblediscoveries.com...
Uncle Joe
Are they liars or utterly deluded?
Originally posted by wu kung
Y'know, it's wierd.
There are flood/ark stories in many, many different cultures all over the world.
The one that comes to mind is the story within the story of the Epic of Gilgamesh.
It is the story of Utanapishtim was was told by gods to build an ark to survive the upcoming flood.
Originally posted by Nygdan
Originally posted by ben91069
Under the right conditions, how long would it take to petrify wood?
The thing is, the conditions to petrify wood are that its buried and its structure is replaced by minerals (permineralization). So where is the sediment that it was buried in? And how did it get buried if it was on a mountain-top?
Q. What does shale look like?
A. Shale looks like flat rock that splits into thinner and thinner sheets. As important as what it looks like, is to understand what shale is composed of. Shale is a sedimentary rock that may have a variety of colors, but because of its composition typically has partings that are parallel to the bedding of the layers of rock above and below it. The partings are a property called fissility, that is shale is fissile. This property is due to the minerals that compose the rock.
Shale is initially deposited as clay, from either fresh or salt water. Clay consists of very small mineral grains that are platelike in shape or form, in other words, they are generally flat and thin, kind of like a dinner plate or sheet of paper. When they are first deposited, they lay at all angles from horizontal to vertical (standing on edge). Then as more sediment is deposited on top of the clay layer or bed, the water between the clay particles begins to be squeezed out and the clay minerals begin to all lay flat or horizontal. As this happens over a period of time, the resulting rock - shale - develops the property of fissility.
Fissile rocks can be split or weather into flat pieces, kind of sheetlike in form. Shale rarely contains any carbonate minerals, like calcite or dolomite, so it will not fizz if you put a drop of vinegar or weak hydrochloric acid on it. Shale may be black, gray, red, green, or brownish, depending on how much pyrite, iron oxide, or carbonaceous (organic) material was deposited with it or formed after it was deposited. A shale having a red color is evidence that the clay underwent some oxygen-rich process, like weathering, before it was consolidated into a rock. So a sample of shale may exhibit one or more colors, however, it is commonly black or gray, it splits into sheets (is fissile), is usually soft enough to scratch with your fingernail, but sometimes it takes a nail if the rock has really gotten hard, and is very fine-grained. You may see a few sparkly grains of mica on the broad flat surface of a sample, but mica is really not too common. When you see shale on an outcrop that has been weathered, you may see a lot of platy pieces of rock below the outcrop.